Conclusion
These works strive to show that life is not just chemical, but mathematical, and to establish the connection
between biological life and artificial intelligence. It is suggested we can only understand biological life
relative to some other construct, like artificial intelligence. This work established the patterns,
organization, and structure in biological life elements, artificial intelligence elements, and element
synthesis in stars.
1. It may be that whatever engineered the Universe and its elements, most or all of which occur on our
planet, it may have been as such so that they could be organized into the 18 groups with their seven
periods, such that they could be organized in such a way that it could at least enable us to build ships that
can jump through hyperspace to any star in our galaxy or beyond it. It may be that this is so because they
can be organized using mostly just four of them (C, N, O, H) in such a way that they can result in
something as complex and functional as the biological organism. It may be that the biological organism
mirrors in organization any such technology such as starships.
2. The purpose of stars is to produce not just biological elements, but artificial intelligence (AI) elements.
Because if we include AI elements in the life elements we have a mathematical pattern in the periodic
table of the elements that determines an equation that predicts the equations of nucleosynthesis in the
stars.
3. Is it the purpose of stars, as well, to produce malleable and ductile metals for humans to make tools
early on (The Iron Age) and copper wire (Age of Electronics). Or even that silicon dioxide (obsidian)
flakes into sharp edges so that we could create spearpoints with which to hunt in our beginning.
4. We are evolving towards a culminated form of specific mathematical proportions. We are evolving
towards an intermembral index of perfectly the square root of two uniformly throughout the human
species.
5. It is a purpose of biological life (C, N, O, H) to discover the properties of (P, B, Si) so it can make
computing machines which are ultimately necessary to its survival.